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publicationDate: 2021

531 to 540 of 46,777 Results

naca_0.50-0.120_0.50-0.120.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.7 GB - MD5: 683108ed95f8ded14d99f761a4567e22 CodeData OpenFOAM simulation results: symmetric NACA camber of 12% at position p = 0.5
naca_0.60-0.120_0.60-0.120.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.7 GB - MD5: 59eb75e1d98eb1fe5973b95d0d7d028c CodeData OpenFOAM simulation results: symmetric NACA camber of 12% at position p = 0.6
no_camber.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.8 GB - MD5: 2d2b05e80873645832f5e0f77bf73999 CodeData OpenFOAM simulation results: baseline case with symmetric NACA0015 airfoils
pointDisplacement_scripts.tar Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor TAR Archive - 149.5 KB - MD5: bab852735d163da3e1e25e2ea7b2665d CodeData python scripts used for pointDisplacement file generation
Results_Summary.pdf Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Adobe PDF - 223.7 KB - MD5: ef5840d3b88f6b994a5064779a0bc013 Documentation The thrust, power and efficiency results of all cases are concluded.
TE_0.20-0.100_0.20-0.100.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.6 GB - MD5: b50d27ec01438d671be3bffa26f4c069 CodeData OpenFOAM simulation results: symmetric trailing edge camber of 10% at position p = 0.2
TE_0.40-0.100_0.40-0.100.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.6 GB - MD5: 78ecd70d341971fdc37ad04aac9eeea0 CodeData OpenFOAM simulation results: symmetric trailing edge camber of 10% at position p = 0.4
TE_0.60-0.100_0.60-0.100.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.6 GB - MD5: 2d99ba6a32f65b467179c0fb6a2356c2 CodeData OpenFOAM simulation results: symmetric trailing edge camber of 10% at position p = 0.6
TE_0.70-0.040_0.70-0.040.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.8 GB - MD5: 10cf7f60f9da89896da29d1562674666 CodeData OpenFOAM simulation results: symmetric trailing edge camber of 4% at position p = 0.7
TE_0.70-0.080_0.70-0.080.tar.bz2 Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor Bzip Archive - 1.8 GB - MD5: 3ed714a825ad0e175811ccde569b494d CodeData OpenFOAM simulation results: symmetric trailing edge camber of 8% at position p = 0.7

naca_0.50-0.120_0.50-0.120.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.7 GB -

CodeData

OpenFOAM simulation results: symmetric NACA camber of 12% at position p = 0.5

naca_0.60-0.120_0.60-0.120.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.7 GB -

CodeData

OpenFOAM simulation results: symmetric NACA camber of 12% at position p = 0.6

no_camber.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.8 GB -

CodeData

OpenFOAM simulation results: baseline case with symmetric NACA0015 airfoils

pointDisplacement_scripts.tar

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

TAR Archive - 149.5 KB -

CodeData

python scripts used for pointDisplacement file generation

Results_Summary.pdf

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Adobe PDF - 223.7 KB -

Documentation

The thrust, power and efficiency results of all cases are concluded.

TE_0.20-0.100_0.20-0.100.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.6 GB -

CodeData

OpenFOAM simulation results: symmetric trailing edge camber of 10% at position p = 0.2

TE_0.40-0.100_0.40-0.100.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.6 GB -

CodeData

OpenFOAM simulation results: symmetric trailing edge camber of 10% at position p = 0.4

TE_0.60-0.100_0.60-0.100.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.6 GB -

CodeData

OpenFOAM simulation results: symmetric trailing edge camber of 10% at position p = 0.6

TE_0.70-0.040_0.70-0.040.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.8 GB -

CodeData

OpenFOAM simulation results: symmetric trailing edge camber of 4% at position p = 0.7

TE_0.70-0.080_0.70-0.080.tar.bz2

Oct 21, 2021 - Data for: Relying on Dynamically Morphing Blades to Increase the Efficiency of a Cycloidal Rotor

Bzip Archive - 1.8 GB -

CodeData

OpenFOAM simulation results: symmetric trailing edge camber of 8% at position p = 0.7

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